Connect embedded electronics with cloud services for device communication, telemetry, and firmware-update workflows. The supplied AWS architecture provides a reference for evaluating this part of product development.
See how motor control connects to sensors, communications, the power supply, and multiple inverter stages.
The reference architecture connects an ESP32 device to AWS IoT Core through MQTT. It shows cloud processing with AWS Lambda and a path to telemetry storage and visualization using Amazon Timestream and Amazon Managed Grafana.
The supplied material describes an OTA workflow involving Amazon S3, device jobs, and signed firmware packages. This is a development reference; the delivery process and verification requirements must be established for each product.
The reference includes a customer app or website layer explicitly marked as not yet implemented. That layer, cloud configuration, device provisioning, and ongoing operation are part of the scope to evaluate with the OEM.
Theta’s earlier Theta Full Connection (TFC) campaign links embedded communication, cloud analytics, and maintenance use cases. Define the data, interfaces, and operational decisions needed by the product. Monitoring and predictive functions require application-specific evidence and validation.
Device functions, data acquisition, and communication interfaces.
Device messages and cloud connectivity through AWS IoT Core in the reference architecture.
Cloud processing, data storage, and visualization defined around the product requirements.
Firmware-update workflows and customer application interfaces within the agreed project scope.
Simplified overview based on the supplied AWS architecture. The source marks a customer app or website layer as not yet implemented. This reference does not establish production readiness, service availability, or AWS partner status.
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